Miniature dc Energised With built-in electronic oscillator and demodulator producing an dc output proportional to core position<BR/><B>DFg</B> <B>series;</B> have separate coil/electronic assemblies with a free core fitted with a polyacetal homopolymer bearing which can rub on the inside coil assembly to ease guiding requirements<BR/><B>DG2.5;</B> This has a non-rotating spring-loaded armature running in precision linear ball bearings

Miniature ac Energised Inductive Displacement Transducer When the primary winding is connected to an AC supply, current starts to flow in the secondary coils. The secondary coils are connected in series opposition so that two voltages have opposite phase so when the core is in the centre position then voltages of equal magnitude but opposite phase will be induced in each secondary coil and the output is zero. As the core is moved in one direction the voltage in the corresponding secondary coil increases while the other coil experiences a complementary voltage reduction. The effect is a transducer voltage output that is proportional to displacement. Knowledge of the magnitude and the phase of the output with respect to the excitation signal allows one to deduce the position and direction of the core motion from the null position. Low cost solutions to displacement measurement<BR/>Friction free operation with reduced guidance accuracy<BR/>Stainless steel body and push rod

Hybrid Modules For Signal Conditioning Hybrid thick modules for incorporation on to PCBs containing all necessary circuitry to obtain the best performance from high quality ac type LVDT transducers

Miniature ac Energised Inductive Displacement Transducer When the primary winding is connected to an AC supply, current starts to flow in the secondary coils. The secondary coils are connected in series opposition so that two voltages have opposite phase so when the core is in the centre position then voltages of equal magnitude but opposite phase will be induced in each secondary coil and the output is zero. As the core is moved in one direction the voltage in the corresponding secondary coil increases while the other coil experiences a complementary voltage reduction. The effect is a transducer voltage output that is proportional to displacement. Knowledge of the magnitude and the phase of the output with respect to the excitation signal allows one to deduce the position and direction of the core motion from the null position. Low cost solutions to displacement measurement<BR/>Friction free operation with reduced guidance accuracy<BR/>Stainless steel body and push rod

Miniature dc Energised With built-in electronic oscillator and demodulator producing an dc output proportional to core position<BR/><B>DFg</B> <B>series;</B> have separate coil/electronic assemblies with a free core fitted with a polyacetal homopolymer bearing which can rub on the inside coil assembly to ease guiding requirements<BR/><B>DG2.5;</B> This has a non-rotating spring-loaded armature running in precision linear ball bearings

Solartron S Series Displacement Transducers Solartron S Series displacement sensors feature a stainless steel body and IP67 sealing coupled with polymer bearings and 6 mm diameter carriers. The transducers keep working accurately and reliably even in wet and corrosive environments. Features and Benefits <0.2% Linearity Analogue, DC and 4-20mA versions 19 mm diameter stainless steel body IP67 rated Excellent measuring range for the body length Multiple output options with integrated electronics Large bore to core clearance for ease of installation Excellent magnetic shielding Absolute Positioning

Solartron S Series Displacement Transducers Solartron S Series displacement sensors feature a stainless steel body and IP67 sealing coupled with polymer bearings and 6 mm diameter carriers. The transducers keep working accurately and reliably even in wet and corrosive environments. Features and Benefits <0.2% Linearity Analogue, DC and 4-20mA versions 19 mm diameter stainless steel body IP67 rated Excellent measuring range for the body length Multiple output options with integrated electronics Large bore to core clearance for ease of installation Excellent magnetic shielding Absolute Positioning

Solartron S Series Displacement Transducers Solartron S Series displacement sensors feature a stainless steel body and IP67 sealing coupled with polymer bearings and 6 mm diameter carriers. The transducers keep working accurately and reliably even in wet and corrosive environments. Features and Benefits <0.2% Linearity Analogue, DC and 4-20mA versions 19 mm diameter stainless steel body IP67 rated Excellent measuring range for the body length Multiple output options with integrated electronics Large bore to core clearance for ease of installation Excellent magnetic shielding Absolute Positioning

Solartron S Series Displacement Transducers Solartron S Series displacement sensors feature a stainless steel body and IP67 sealing coupled with polymer bearings and 6 mm diameter carriers. The transducers keep working accurately and reliably even in wet and corrosive environments. Features and Benefits <0.2% Linearity Analogue, DC and 4-20mA versions 19 mm diameter stainless steel body IP67 rated Excellent measuring range for the body length Multiple output options with integrated electronics Large bore to core clearance for ease of installation Excellent magnetic shielding Absolute Positioning

Solartron S Series Displacement Transducers Solartron S Series displacement sensors feature a stainless steel body and IP67 sealing coupled with polymer bearings and 6 mm diameter carriers. The transducers keep working accurately and reliably even in wet and corrosive environments. Features and Benefits <0.2% Linearity Analogue, DC and 4-20mA versions 19 mm diameter stainless steel body IP67 rated Excellent measuring range for the body length Multiple output options with integrated electronics Large bore to core clearance for ease of installation Excellent magnetic shielding Absolute Positioning

Solartron S Series Displacement Transducers Solartron S Series displacement sensors feature a stainless steel body and IP67 sealing coupled with polymer bearings and 6 mm diameter carriers. The transducers keep working accurately and reliably even in wet and corrosive environments. Features and Benefits <0.2% Linearity Analogue, DC and 4-20mA versions 19 mm diameter stainless steel body IP67 rated Excellent measuring range for the body length Multiple output options with integrated electronics Large bore to core clearance for ease of installation Excellent magnetic shielding Absolute Positioning

Solartron S Series Displacement Transducers Solartron S Series displacement sensors feature a stainless steel body and IP67 sealing coupled with polymer bearings and 6 mm diameter carriers. The transducers keep working accurately and reliably even in wet and corrosive environments. Features and Benefits <0.2% Linearity Analogue, DC and 4-20mA versions 19 mm diameter stainless steel body IP67 rated Excellent measuring range for the body length Multiple output options with integrated electronics Large bore to core clearance for ease of installation Excellent magnetic shielding Absolute Positioning